Focal Interest
Focal Interest

Proton

  1. Proton resonance radii show an early-time plateau and threshold increase
    Theoretical investigation of nuclear charge radii in proton-unbound systems using complex-energy methods, revealing early-time plateau behavior and halolike threshold enhancement.
  2. Oscillatory near-barrier proton capture observed in 20O
    Observation of oscillatory behavior in the 20O + 1H capture excitation function reveals quasi-bound states in 21F with vibrational character coupled to the 2+ state of 20O.
  3. Stereochemical assignment of trifluoroacetamides using NMR signals
    Stereochemical assignment of N,N-dialkyl trifluoroacetamides using integrated analysis of through-space 1H···19F spin-spin couplings and aromatic solvent-induced shifts in 1H-NMR spectroscopy.
  4. EIC pseudodata could affect strong coupling estimates
    Global PDF analysis of Electron Ion Collider impact on strong coupling determination across conservative and optimistic experimental scenarios within the MSHT framework.